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  • Low Voltage Series Reactor

    Low Voltage Series Reactor

    The design principle of the CKSG series Low Voltage Series Reactor from Geyue Electric is based on the series resonant characteristics of inductance and capacitance. By precisely configuring the reactance rate, it forms a high-impedance path for specific harmonic frequencies, thereby reconstructing the impedance characteristics of the system. Its main function is to suppress the amplification of grid harmonics, limit the closing surge current, improve the voltage waveform, and protect the parallel capacitors from harmonic damage. This product is a key component in reactive power compensation devices that ensure system safety and improve power quality, widely used in industrial and commercial power distribution systems where there are harmonic sources such as frequency converters and rectification equipment.
  • CKSG Series Reactance Rate 7% Series Reactor

    CKSG Series Reactance Rate 7% Series Reactor

    CKSG Series Reactance Rate 7% Series Reactor, manufactured by Geyue Electric, is a common dry-type iron core series reactor with 7% reactance rate used for reactive power compensation and filtering in low-voltage power systems. It is used in series with capacitors and is widely applied in scenarios such as suppressing harmonics, improving power quality, and protecting capacitors.

    This product strictly complies with the GB/T 1094.6-2011 and GB/T 19212.1-2016 Standards.
  • GY1941-S Series LED LCD AC DC RS485 Single Phase Multifunctional Meter

    GY1941-S Series LED LCD AC DC RS485 Single Phase Multifunctional Meter

    GY1941-S Series LED LCD AC DC RS485 Single Phase Multifunctional Meter crafted by Geyue Electric is an intelligent instrument with multiple functions such as programmable measurement, display, digital communication and electric energy pulse output, etc.

    This product demonstrates an unwavering commitment to strictly complying with the JJG780-1992 and JJF1587-2016 Standards.
  • GYFK-Y250V Split-Phase Compensation MCB DZ47 Three Phase Intelligent Low Voltage Compound Switch

    GYFK-Y250V Split-Phase Compensation MCB DZ47 Three Phase Intelligent Low Voltage Compound Switch

    GYFK-Y250V Split-Phase Compensation MCB DZ47 Three Phase Intelligent Low Voltage Compound Switch, designed by Geyue Electric, is a low-voltage capacitor switching element used for the switching of split-phase capacitors in a star connection. The difference between this product and the GYFK-Y250V Split-Phase Compensation Three Phase Intelligent Low Voltage Compound Switch is that an additional DZ47 miniature circuit breaker is added. The GYFK-Y250V Split-Phase Compensation MCB DZ47 Three Phase Intelligent Low Voltage Compound Switch combines the advantages of thyristor and AC contactor.

    This product strictly adheres to the GB/T 14048.4-2010 Standards.
  • CKSG Series Reactance Rate 14% Series Reactor

    CKSG Series Reactance Rate 14% Series Reactor

    CKSG Series Reactance Rate 14% Series Reactor, produced by Geyue Electric, is a typical dry-type iron core series reactor with a 14% reactance rate, which is commonly utilized for reactive power compensation and filtering in low-voltage power systems. It is connected in series with capacitors and is extensively employed in situations like suppressing harmonics, enhancing power quality, and safeguarding capacitors.

    This product strictly adheres to the GB/T 1094.6-2011 and GB/T 19212.1-2016 Standards.
  • BSMJ Series Three-Phase Compensation Three Phase Self-healing Shunt Capacitor

    BSMJ Series Three-Phase Compensation Three Phase Self-healing Shunt Capacitor

    In order to improve the power factor of the power system, decrease reactive power loss, optimize voltage quality, and tap more capacity of the transformer, BSMJ Series Three-Phase Compensation Three Phase Self-Healing Shunt Capacitor came into being to serve 50Hz or 60Hz low-voltage power systems.

    This product is strictly up to: GB/T 12747.1-2004 and IEC 60831-1:2014 Standards.
  • Related Blog
  • Reviews

  • Reactors in low voltage compensation cabinets: Necessary equipment or extra cost?

    Does the compensation cabinet in your factory often burn out the capacitor? Or the measurement found that the harmonics of the power grid are too large, and even the switch can be seen sparking when the capacitor is switched on and off. The reason for the damage to the capacitor may be the lack of a series reactor.

  • What Is the Significance of the Reactive Power Demand Curve in Designing an Effective Low Voltage Reactive Power Compensation System?

    Understanding the profound meaning of this reactive power demand curve represents a crucial step for low-voltage reactive power compensation technology in moving from empirical configuration to scientific design.

  • Why do Capacitor Banks of Industrial Users Frequently Fail under the Load of Frequency Converters？

    n industrial power systems, frequency converters, as highly efficient and energy-saving devices, are widely used in motor control. However, their non-linear characteristics lead to increased grid harmonic pollution, which in turn causes premature failure of traditional capacitor banks. In the following text, Geyue Electric will, from the perspective of a manufacturer of low-voltage reactive power compensation equipment, systematically analyze the deep mechanism of capacitor damage under the load of frequency converters, reveal key failure modes such as harmonic resonance, current overload, and dielectric aging, and propose a comprehensive solution based on harmonic suppression and dynamic compensation, providing equipment selection and operation optimization suggestions for industrial users.

  • What Role do Reactors Play in Modern Power Systems?

    Reactors are core components of modern power systems. They can limit short-circuit current, compensate reactive power, and suppress harmonics. They are developing towards intelligent miniaturization to adapt to new energy scenarios and ensure the safe and efficient operation of the power grid.

  • In-Depth Analysis of the Core Advantages of Three-Phase Compensation Intelligent Low Voltage Power Capacitor Device

    The traditional split compensation solution of capacitor + contactor + controller has drawbacks in daily factory use: frequent ablation of contacts will consume tens of thousands of spare parts per month, delayed mechanical response will lead to continuous power supply fines, and failures in the collaboration of multiple components require real-time maintenance by electricians.

  • How Has the CJ19 AC Contactor Become a Reliable Choice for Capacitor Switching?

    The CJ19 AC contactor is specifically designed for capacitor switching. It features silver-tin oxide contacts for arc resistance and IP54 protection, making it suitable for harsh working conditions. It has been iterated to an intelligent version and has been verified for stable application in multiple scenarios.

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